Advanced Free 17 hours

Advanced UVM Engineering

RAL, SoC reuse, performance, debug, and emulation readiness.

A rigorous advanced course on production UVM architecture spanning advanced stimulus, register models, SoC reuse, debug, performance, and acceleration. The curriculum is grounded in the curated technical references and preserves their technical depth, code, diagrams, decision rules, and failure analysis. Every lesson adds objectives, an applied lab, review questions, and concrete completion evidence. The course closes with a substantial capstone: Architect an SoC-level UVM environment with reusable agents, virtual stimulus, RAL prediction, cross-protocol checking, reset recovery, and an emulation-ready boundary.

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What you will learn

Leave with a working mental model.

  1. 01 Create layered and virtual sequences for coordinated multi-agent stimulus
  2. 02 Build and integrate UVM RAL models with adapters, predictors, and frontdoor or backdoor access
  3. 03 Design reset-safe, scalable IP-to-SoC verification environments
  4. 04 Optimize, debug, and partition UVM environments for simulation and emulation

Before you begin

Prerequisites

  • Ability to build a complete UVM agent
  • Working knowledge of TLM, phasing, factory, and config_db
  • Experience debugging a UVM testbench

Curriculum

Course contents

10 modules · 33 lessons

01 Module 1: Scalable Environment Architecture 4 lessons
  1. 01 UVM Component Hierarchy Preview
  2. 02 UVM Testbench Partitioning Preview
  3. 03 UVM SoC Verification
  4. 04 UVM Environment Topology
02 Module 2: Advanced Stimulus 3 lessons
  1. 01 UVM Advanced Sequences — Arbitration, Virtual Sequences, Layering
  2. 02 UVM Sequence-Driver Use Models
  3. 03 UVM Register-Level and Memory-Level Stimulus
03 Module 3: Register Abstraction Layer 4 lessons
  1. 01 UVM RAL Basics — Register Abstraction Layer Fundamentals
  2. 02 UVM RAL Advanced — Frontdoor, Backdoor, Prediction, Built-in Sequences
  3. 03 UVM Register Model
  4. 04 UVM C-Based Stimulus
04 Module 4: Extension and Runtime Control 4 lessons
  1. 01 UVM Callbacks
  2. 02 UVM Command-Line Processor
  3. 03 UVM Factory
  4. 04 UVM Config DB
05 Module 5: Advanced Checking and Coverage 3 lessons
  1. 01 UVM Predictors, Metric Analyzers, and Post-Run Phases
  2. 02 UVM Coverage — Functional Coverage Collection and Methodology
  3. 03 UVM Scoreboard and Checking
06 Module 6: Reset, Synchronization, and Phase Control 4 lessons
  1. 01 UVM Reset Handling — Mid-Test Reset and State Cleanup
  2. 02 UVM Synchronization
  3. 03 UVM Phasing
  4. 04 UVM Objections
07 Module 7: Debug and Performance 3 lessons
  1. 01 UVM Debugging
  2. 02 UVM Performance Optimization
  3. 03 UVM Reporting
08 Module 8: Emulation and Acceleration 2 lessons
  1. 01 UVM Emulation — Testbench Acceleration through Co-Emulation
  2. 02 UVM DUT-Testbench Connection Patterns
09 Module 9: Production Practices 4 lessons
  1. 01 UVM Best Practices
  2. 02 UVM Reusability Principles
  3. 03 UVM Package Organization
  4. 04 UVM Interview Topics
10 Module 10: Capstone Studio 2 lessons
  1. 01 Capstone Brief and Architecture
  2. 02 Validation, Review, and Definition of Done